Deeply engaged in industrial bulk material scenarios, offering intelligent environmental protection solutions for automatic batching, central feeding, and dry desulfurization and denitrification. For
Deeply engaged in industrial bulk material scenarios, offering intelligent environmental protection solutions for automatic batching, central feeding, and dry desulfurization and denitrification. For
Introduction:
Poor discharge, frequent blockages, and poor sealing leading to dust leakage—these common problems directly affect production line efficiency and workshop environment. The dual-side unloader adopts a symmetrical dual-channel structure, fundamentally solving material retention and leakage problems, achieving continuous, stable, and low-loss unloading.
Poor discharge, frequent blockages, and poor sealing leading to dust leakage—these common problems directly affect production line efficiency and workshop environment. The dual-side unloader adopts a symmetrical dual-channel structure, fundamentally solving material retention and leakage problems, achieving continuous, stable, and low-loss unloading.
The double-sided discharger is a specialized device developed by Head Powder to meet the discharge needs of high-viscosity, high-humidity materials. Its dual-side synchronous discharge design, combined with a fine sealing system and wear-resistant materials, helps maintain high efficiency in various powder and granular material conditions. Supports non-standard customization according to customer on-site process parameters, adapting to different diameters, materials, and connection methods.
Dual-side simultaneous unloading: Symmetrical discharge outlets on both sides operate simultaneously, improving discharge efficiency and reducing single-side load.
Labyrinth-style sealed structure: Effectively prevents dust leakage and reduces environmental dust concentration.
Wear-resistant and corrosion-resistant materials: The housing and rotor are made of relatively high-strength alloy steel or 304 stainless steel to extend service life.
Adjustable discharge speed: flexibly matches downstream process requirements through frequency conversion or mechanical speed regulation.
Low failure rate design: core components are modular, easy to maintain, and downtime is reduced.
The bilateral unloader is a customized device, and its price varies depending on specifications, materials, drive methods, and configurations. Head Powder provides free technical evaluation and solution quotations, but you need to obtain a specific quote based on actual working parameters (such as discharge volume, material characteristics, interface dimensions, etc.).
Free pre-sale consultation: Our technical team recommends suitable models and configurations based on process requirements.
Non-standard customization services: Supports production after drawing confirmation, strictly following ISO quality control processes.
Fast after-sales response: Response within 12 hours of receipt, and solutions provided within 48 hours.
Warranty period support: 12 months for the entire machine, 18 months for core components (excluding consumable parts).
| Parameter items | Content |
|---|---|
| Applicable materials | Powdery, granular, and small block materials (humidity ≤15%) |
| Discharge capacity | 5~200 m³/h (depending on model) |
| Operating temperature | -20℃ ~ 150℃ |
| Shell material | Carbon Steel / 304 Stainless Steel / 316L Stainless Steel (optional) |
| Drive method | Direct motor connection / sprocket drive / variable frequency speed regulation |
| Sealed form | Packing seal / air seal / mechanical seal (optional) |
| Connection method | Flange connections / quick couplings / custom interfaces |
| Protection rating | IP55 / IP65 (optional) |
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The most frequently asked questions before placing an order. If you can't find the answer, you can leave a message or consult online.
Specify materials and operating conditions; engineers calculate selection parameters and provide configuration lists; Drawings and technical documentation for this model can also be requested directly.
Leave a message or call; engineers calculate selection parameters by model and send back technical data. Response within 2 hours on working days, and model selection recommendations within 24 hours.
